[Simulation training for urinary drainage improves skill retention].

Area of Science:

• Medical Education
• Surgical Skills Training
• Urology

Context:

• Urinary drainage, including urethral and suprapubic catheterization, is a common medical procedure.
• Iatrogenic complications can arise from inadequate training in urinary catheterization.
• Simulation-based training offers a controlled environment to develop and assess procedural skills.

Purpose:

• To evaluate the long-term skill retention of urinary drainage techniques after simulation-based training.
• To compare the effectiveness of active versus passive training methods in simulation for medical students.
• To determine the impact of simulation training on the performance of urethral and suprapubic catheterization.

Summary:

• An experimental study involving 18 medical students assessed skill retention in urinary drainage simulation over six months.
• Participants underwent either active or passive training for urethral or suprapubic catheterization on a mannequin.
• Performance scores improved significantly by the one-month follow-up, with active training showing a slight advantage, though differences diminished by six months.

Impact:

• Simulation training demonstrates potential for improving long-term retention of urinary drainage skills among novice medical students.
• Findings suggest that incorporating urinary drainage simulation into medical school curricula could enhance procedural competency.
• This preliminary study highlights the value of simulation in preparing students for urinary catheterization procedures.